POWER ELECTRONICS (English)

   Saturday, September 26, 2020   

Starting a new Lecture Notes Series on POWER ELECTRONICS

Youtube Lecture Playlist Credits: 

Channel Name: GATEMATIC Education

So Let Us Start to This Journey of Learning 

POWER ELECTRONICS By Lecture Notes together!

Click Here!

 

Lecture Description of this above Topic:

Lecture 1: Intro to PE & Harmonic AnalysisState Space Analysis

Lecture 2: Switches Characteristics,Classification & Losses

Lecture 3: Power DIODE & its Classification

Lecture 4: SCR (Silicon Controlled Rectifier)

Lecture 5: SCR Triggering Method & its Protection

Lecture 6: Diode Circuit Part a

Lecture 7: Diode Circuit Part b

Lecture 8: Fourier Series & Types of Load (Voltage Stiff & Current Stiff)

Lecture 9: Rectifier & its Classification

Lecture 10: (a) Half Wave Uncontrolled Rectifier (R & L-Load)

Lecture 11: (b) Half Wave Uncontrolled Rectifier (RL & RL-FWD Load)

Lecture 12: (c) Half Wave Uncontrolled Rectifier (RE & RLE load)

Lecture 13: (a) Half Wave Controlled Rectifier (R & L load)

Lecture 14: (b) Half Wave Controlled Rectifier (RL & RL-FWD load)

Lecture 15: (c) Half Wave Controlled Rectifier (RE & RLE load)

Lecture 16: Half Wave Rectifier

Lecture 17: Full Wave Controlled Bridge Rectifier & its Harmonic Analysis

Lecture 18: (a) Full Wave Semiconverter (Symmetrical Configuration)

Lecture 19: (b) Full Wave Semiconverter (Asymmetrical Configuration)

Lecture 20: Full Wave Semiconverter (Bridge Converter+FWD) & its Harmonic Analysis

Lecture 21: Full Wave Bridge Rectifier with RE Load

Lecture 22: (a) GATE Problem Solved (1991-2008) based on Full Wave Rectifier

Lecture 23: (b) GATE Problem Solved (2009-2017) based on Full Wave Rectifier

Lecture 24: Three Phase Half Wave Uncontrolled Rectifier

Lecture 25: Three Phase Half Wave Controlled Rectifier

Lecture 26: Three Phase Full Wave Controlled Bridge Rectifier

Lecture 27: Effect of Source Inductance

Lecture 28: (a) GATE Problem Solved (1991-2006) based on 3Ph. Rectifier

Lecture 29: (b) GATE Problem Solved (2007-2017) based on 3Ph. Rectifier

Lecture 30: Introduction to Chopper

Lecture 31: Understand Buck Converter in 30 minutes

Lecture 32: (a) GATE Problem Solved (1991-2012) based on Buck Converter

Lecture 33: (b) GATE Problem Solved (2013-2017) based on Buck Converter

Lecture 34: Understand Boost Converter in 25 Minutes

Lecture 35: Boost Converter

Lecture 36: Understand Buck Boost Converter in 15 Minutes

Lecture 37: Buck Boost Converter

Lecture 38: Commutation Circuit (Natural Commutation)

Lecture 39: Class A (Load Commutation)

Lecture 40: Class B (Current Commutation)

Lecture 41: Class C (Impulse/Complementary Commutation)

Lecture 42: Class D (Voltage Commutation)

Lecture 43: Commutation Circuit

Lecture 44: (a) Buck Converter in Discontinuous Conduction Mode

Lecture 45: (b) Must Watch | Advanced Problem on Discontinuous Conduction Mode

Lecture 46: (c) Boost Converter in Discontinuous Conduction Mode

Lecture 47: (d) Buck Boost Converter in Discontinuous Conduction Mode

Lecture 48: Multi-Phase Buck Converter

Lecture 49: Introduction to Inverter

Lecture 50: (a) Half Bridge Inverter | R Load

Lecture 51: (b) Half Bridge Inverter | L load

Lecture 52: (c) Half Bridge Inverter | RL load

Lecture 53: (d) Half Bridge Inverter | RLC load

Lecture 54: (a) Full Bridge Inverter

Lecture 55: (b) Full Bridge Inverter | R load

Lecture 56: (c) Full Bridge Inverter | L load

Lecture 57: (d) Full Bridge Inverter | RL load

Lecture 58: (e) Full Bridge Inverter | RLC load

Lecture 59: (a) GATE Questions on 1Ph. Inverter

Lecture 60: (b) ESE Questions on 1Ph. Inverter

Lecture 61: Introduction to PWM Inverter

Lecture 62: Multiple PWM Technique

Lecture 63: (a) Application of Fourier Series in PWM Inverter

Lecture 64: (b) Voltage Control of Unequal PWM

Lecture 65: (c) Selective Harmonic Elimination | PWM Inverter

Lecture 66: SPWM-Bipolar PWM Technique

Lecture 67: SPWM-Unipolar PWM Technique

Lecture 68: (a) GATE Questions on PWM Inverter

Lecture 69: (b) ESE Questions on PWM Inverter

Lecture 70: (a) Three Phase Inverter | 180 Mode

Lecture 71: (b) Fourier Series Expression of Three Phase Inverter

Lecture 72: (a) Three Phase Inverter | 120 Mode

Lecture 73: (b) Fourier Series Expression of Three Phase Inverter| 120 Mode

Lecture 74: GATE & ESE Problem on Three Phase Inverter

Lecture 75: (a) Current Source Inverter | R load

Lecture 76: (b) Current Source Inverter | C load

Lecture 77: (c) Current Source Inverter | RC load

Lecture 78: Lec 50 PE Completed 100%